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A body is in translatory equilibium if:...

A body is in translatory equilibium if:

A

resultant force on it is zero

B

it is at rest

C

it is in uniform motion

D

it is in accelerated motion

Text Solution

Verified by Experts

The correct Answer is:
A, B, C
If `F_("net")=0`
`a=0`
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Knowledge Check

  • A body is in translatory equilibrium when .

    A
    resultant force on it is zero
    B
    it at rest
    C
    it is in unifrom motion
    D
    it is in an accelerated motion

  • Acceleration-time graph for a particle in translatory motion is given here. Match the quantities of column I with column II and select the correct option from given codes.

    A
    I-S, II-P, III-R, IV-Q
    B
    I-P, II-Q, III-S, IV-R
    C
    I-Q, II-P, III-R, IV-S
    D
    I-S, II-R, III-P, IV-Q

  • In the case of following rolling body translatory and rotational kinetic energies are equal for

    A
    circular ring
    B
    circular plate
    C
    solid sphere
    D
    solid cylinder

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    (i) Establish the relation between torque and angular acceleration. Hence define moment of inertia. (ii) Can a body in translatory motion have angular momentum? Explain? (iii) Extablish the relation between angular moment and moment of inertia for a rigid body. (iv) Why is it more difficult to revolve a stone by tying it to a longer string than by tying it to a shorter string? (v) State the law of conservation of angular momentum and illustrate it with the example of planetary motion. (vi) A cat is able to land on its feet after a fall. Why?

    Which of the following is not making translatory motion ?

    How are rectilinear motion and translatory motion similar or different to each other?

    The physical quantity in translatory motion corresponding to torque in rotatory motion is

    Moment of inertia in rotatory motion is comparable to the quantity in translatory motion

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